Electrical Accidents: Lessons Learned

Forensic experts uncover clues leading to the cause of various electrical accidents that result in debilitating injuries, burns, and electrocutions

EC&M’s Forensic Casebook is one of the magazine’s most popular and enduring departments, as well as the winner of numerous business-to-business journalism accolades in the trade publishing industry over the last 10 years (including a finalist for multiple Jesse H. Neal Awards, American Society of Business Press Editors Awards, and the Western Publication Association’s Maggie Award). This department enables design engineers, electrical technicians/electricians, and plant facility personnel to learn real-world lessons from others’ mistakes in the field by taking an in-depth look at specific electrical accidents from a forensic engineering perspective. Demonstrating the consequences of carelessness, taking shortcuts, or the failure to follow proper safety procedures, Forensic Casebook has featured accident analysis for almost every situation imaginable — dairy farm electrocutions, stray voltage shocks, mismatched capacitor failures, overhead power line contact incidents, houseboat electrocutions, arc flash blasts, transformer failures, and gen-set fires. But most importantly, this department reinforces on a monthly basis just how critical safety is in the electrical industry. Because our issue theme this month is “Health and Safety,” we decided to present some of our readers’ favorite and most memorable Forensic Casebook lessons over the years.

Discuss this Article 3

Steven (not verified)
on Jul 9, 2012

Were the following two items determined:

1. Why was the pedestal energized?
2. Why was the energy not dissipated via the ground rod?

gregsparky1
on Jul 10, 2012

The case of the floating dock???
I'm not sure we are given enough information. GFCI operate without a ground. The "severed" ground should not have made that much of a difference. If the child was electrocuted by being the conductor to ground (hence the water) then the GFCI should have opened. Any comment?

Anonymous (not verified)
on Jul 12, 2012

the gfci is located after the short caused by the water so they do not come into play in this case. the current then follows the ground to what ever it is attached to

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